Madsen B W, Bell R C
Med Educ. 1977 Jan;11(1):13-20. doi: 10.1111/j.1365-2923.1977.tb00554.x.
We describe the construction of a computer based system for instruction and assessment in pharmacology, utilizing a large bank of multiple choice questions. Items were collected from many sources, edited and coded for student suitability, topic, taxonomy and difficulty and text references. Students reserve a time during the day, specify the type of test desired and questions are presented randomly from the subset satisfying their criteria. Answers are scored after each question and a summary given at the end of every test; details on item performance are recorded automatically. The biggest hurdle in implementation was the assembly, review, classification and editing of items, while the programming was relatively straight-forward. A number of modifications had to be made to the initial plans and changes will undoubtedly continue with further experience. When fully operational the system will possess a number of advantages including: elimination of test preparation, editing and marking; facilitated item review opportunities; increased objectivity, feedback, flexibility and descreased anxiety in students.
我们描述了一个基于计算机的药理学教学与评估系统的构建,该系统利用了大量的多项选择题库。题目从多个来源收集,针对学生适用性、主题、分类法、难度和文本参考进行编辑和编码。学生在一天中预留出时间,指定想要的测试类型,然后从满足其标准的子集中随机呈现题目。每个问题回答后进行评分,每次测试结束时给出总结;关于题目的表现细节会自动记录。实施过程中最大的障碍是题目的汇编、审查、分类和编辑,而编程相对简单。必须对初始计划进行一些修改,随着经验的积累,无疑还会继续做出改变。全面投入使用后,该系统将具有许多优点,包括:无需进行测试准备、编辑和评分;便于进行题目审查;提高客观性、反馈性、灵活性,并减少学生的焦虑。